Rapid identification of microorganisms (DNA analysis) bacteria, fungi, yeast "Rapid analysis"
Identify the name of the microorganism in 4 business days! If only the BLAST results are needed, it takes 2 business days for bacteria and yeast / We accept comprehensive contracts for DNA extraction, PCR, sequencing, and identification work.
- Rapidly identifies the names and types (scientific names) of microorganisms. - Recommended for customers in pharmaceutical and food & beverage manufacturing who are responsible for hygiene management, testing, and inspection, particularly those requiring rapid and accurate identification. - The Rapid analysis using DNA sequencing compares with the International Nucleotide Sequence Database (INSD: DDBJ/ENA/GenBank) and the microbial identification DNA database & phylogenetic analysis system "ENKI" to estimate the assigned species and closely related species. The bacterial database covers over 80% of known reference strains. - The report summarizes the analysis results, the assigned species or closely related species names, biosafety levels, and other information. - Comprehensive service from DNA extraction, PCR, sequencing, to identification. The protocol is based on the Japanese Pharmacopoeia, ensuring that pharmaceutical manufacturers can use it with confidence. 【Features】 - Reliable identification results based on academic evidence and experience. - High repeatability due to the rapid and reliable identification results. - Rapid reporting within 2 to 4 business days. - DNA sequencing analysis: Bacterial 16S rDNA region / Fungal ITS region / Yeast D1/D2 region. - Understanding phylogenetic relationships with pathogenic bacteria and closely related species.
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basic information
[Bacteria] ○Analysis Items →Approximately 500 bp upstream of 16S rDNA ○Effective for simple identification of bacterial species ○Report of BLAST results only from our microbial identification system ENKI in 2 business days; if molecular phylogenetic analysis is conducted, report in 4 business days ○Based on the "Rapid Identification Method for Microorganisms by Genetic Analysis" of the Japanese Pharmacopoeia [Mold] ○Analysis Items →ITS1 + 5.8S rDNA + ITS2 or D1/D2 region of 28S rDNA ○For molds, database development of ITS regions is progressing, effective for estimating affiliation and closely related species ○Report in 4 business days after conducting BLAST results against our microbial identification database and the international nucleotide sequence database + molecular phylogenetic analysis ○Based on the "Rapid Identification Method for Microorganisms by Genetic Analysis" of the Japanese Pharmacopoeia [Yeast] ○Analysis Items →D1/D2 region of 26S rDNA ○D1/D2 region is effective for species-level identification of yeast ○Report of BLAST results only from our microbial identification system ENKI in 2 business days; if molecular phylogenetic analysis is conducted, report in 4 business days
Price information
(Prices exclude tax) ■Bacteria 16S rDNA-500 Rapid: 29,300 yen/sample (Interim report: 3 business days, Estimated delivery: 4 business days) ■Yeast 26S rDNA-D1/D2 Rapid: 37,100 yen/sample (Interim report: 3 business days, Estimated delivery: 4 business days) ■Mold ITS rDNA Rapid or 28S rDNA-D1/D2 Rapid: 37,100 yen/sample (Interim report: 3 business days, Estimated delivery: 4 business days) There are also services with a 2 business day report. Please refer to the related links for more details.
Price range
P2
Delivery Time
P2
※Delivery times may vary depending on the quantity.
Applications/Examples of results
- Microbial identification for hygiene management in production sites of food and pharmaceutical factories - Identification for quickly determining the type or name of microorganisms in response to complaints For more details, please contact us or download the catalog.
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Company information
We offer contract analysis services related to microorganisms. We support our customers' testing, analysis, and research with a wide range of services, including microbial identification, microbial community structure analysis, and intestinal environment analysis. We meet diverse needs in academic research, product research and development, and hygiene management.
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